News

Undergraduate Research Award Funds Pollinator Photo Project

Darya Alvarez completed a photography project funded by an Apes Valentes Undergraduate Research Award. Her goal is to help viewers gain a greater appreciation of the critical role that bees play in the survival of terrestrial ecosystems.

InsectEye team, which includes IBC Fellow Mathis, is selected to compete in Nittany AI Challenge!

Twenty Penn State teams with students from seven different colleges and six campuses, including for the first time Penn State World Campus, will each be awarded $500 to compete in the Prototype Phase of the 2021 Nittany AI Challenge.

Silencing the alarm

An enzyme in the saliva of certain insects prevents their food plants from warning neighboring plants of an attack.

The business of bees

The economic value of insect pollination services is much higher than previously thought in the U.S., new research finds.

Finding a solution to the mushroom phorid fly problem was critical because Pennsylvania leads the nation in mushroom production.

Penn State entomologists devise a system to control mushroom phorid flies

Working with producers, researchers develop method to give beleaguered residents relief from pest

Summer weather conditions influence winter survival of honey bees

Winter survival of honey bee colonies is strongly influenced by summer temperatures and precipitation in the prior year, according to Penn State researchers, who said their findings suggest that honey bees have a "goldilocks" preferred range of summer conditions outside of which their probability of surviving the winter falls.

Grozinger receives National Academy's Prize in Food and Agriculture Sciences

Christina Grozinger, Publius Vergilius Maro Professor of Entomology in Penn State's College of Agricultural Sciences, will be honored by the National Academy of Sciences for helping the world understand how to address the crisis of global declines in pollinator populations.

Feral honey bees gather at the entrance to their nest in an abandoned shed in Harrison Valley, Pennsylvania. Researchers have found that such feral colonies may have higher tolerance to pathogens than managed honey bee colonies. IMAGE: KATY EVANS

Feral colonies provide clues for enhancing honey bee tolerance to pathogens

Understanding the genetic and environmental factors that enable some feral honey bee colonies to tolerate pathogens and survive the winter in the absence of beekeeping management may help lead to breeding stocks that would enhance survival of managed colonies, according to a study led by researchers in Penn State's College of Agricultural Sciences.

Climate change reduces the abundance and diversity of wild bees, study finds

Wild bees are more affected by climate change than by disturbances to their habitats, according to a team of researchers led by Penn State. The findings suggest that addressing land-use issues alone will not be sufficient to protecting these important pollinators.

IMAGE: DAVID CAPPAERT, BUGWOOD.ORG

Study: Bumble bees lacking high-quality habitat have higher pathogen loads

Findings could inform management practices aimed at conserving wild bee populations